Projects
Here is a list of projects we can mention now, arranged in reverse chronological order:
Project | Key Elements | Unique Selling Proposition |
---|---|---|
Ruxum | Fall detection, panic alert in wearable device accompanied by smartphone applications and cloud-based emergency response management uses AI/ML to fine-tune to each user | Emergency support for seniors in India/Latin America |
Medwatch | Patents assessment, medical-grade PPG-based measurements, ECG analysis, anamoly detection, connectivity, algorithms, meeting regulatory compliance | FDA-compliant Vitals-in-a-Watch |
Falcon | PCB, firmware and apps: Biosensors, ECG, PPG with HR, SpO2 & BP, mic & speaker for half-duplex audio, skin temperature, accelerometer, BT, NFC, all packaged in a standalone rechargeable device | Nurse’s station comes to the home with telemonitoring for telemedicine |
Hermes2 | Upgrade wireless connectivity, optimize PCB for size and current delivery, hardware, firmware, FCC compliance, SAR, FDA support, BT SIG compliance | Customer project for external electro-stimulator for pain relief |
Relic | push notifications for third-party Android application connected via Bluetooth to customer hardware with SiLabs BT module | Customer project for support of implanted nerve stimulator |
ThermoTracer | wearable with temperature monitoring, location tracking using multiple receivers, using location history to trace contacts | Covid contact tracing with fever detection |
millionbeats | ECG data analysis starting from uploaded paper ECG, classification by rythm, reinforced by clinical experts | online ECG analysis |
OvaTime / Oviia | track and analyze woman’s basal body temperature to estimate ovulation window | fertility monitor the natural way |
ThermaPatch | accurate temperature sensing, wireless connectivity, patch form factor, battery life in months, hypoallergenic adhesive | pediatric temperature monitoring with panic alerts |
At iMicroMed, we excelled in projects related to the design and development of the hardware and software for wearables, including algorithms and assessment of intellectual property.
Algorithms:
- Signal processing for freature extraction
- Machine learning for fine-tuning to individual users
- Edge-based inference
- Training on cloud and even on the edge for privacy
Hardware:
- mechanical design using Fusion360
- schematic capture and PCB design using Altium Designer
Software executed in firmware, smartphone apps and cloud functions:
- sensing & biosensing
- signal processing & feature extraction
- connectivity
- data aggregation & machine learning
- triggering & notifications